Fundamentals of Thermal Physics and Heat Transfer

Understanding heat phenomena is essential for mastering basic physics and exploring modern energy systems. This course offers a clear, accessible entry point into thermodynamics, helping you comprehend how thermal energy moves and shapes the physical world. By studying these core principles, you will gain confidence in solving thermal calculations and analyzing real-world energy transformations. What you'll learn: - Understand key thermal terminology, including internal energy, temperature, and heat quantity. - Distinguish between conduction, convection, and thermal radiation in everyday contexts. - Calculate heat transfer using specific heat capacity and thermal property formulas. - Analyze the efficiency and mechanical output of heat engines and thermodynamic cycles. - Measure and interpret relative and absolute air humidity in modern environmental applications. - Apply thermal concepts to energy conservation and modern sustainable technologies. The course begins with foundational terminology and core physics definitions before progressing to structured energy calculations. Designed specifically for beginners, this text-based guide requires no prior physics background beyond basic algebra. Start your journey into thermal physics today and build a permanent theoretical foundation.